Edsel Ford Iii Thorium 232 is the radioisotope of the element Thorium whose atomic nucleus has 142 neutrons in addition to the element specific 90 protons resulting in a mass number of 232
Thorium has been considered a monoisotopic element in the past However owing to significant abundance of its minor isotope 232 Th in deep seawater in 2013 the Commission recognized Atomic Weights and Isotopic Compositions for Thorium Column Descriptions Relative Isotopic Standard Isotope Atomic Mass Composition Atomic Weight Notes
Edsel Ford Iii
Edsel Ford Iii
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Thorium 232 Th 232 is a naturally occurring radioactive isotope of thorium and the most stable and abundant isotope of this element It has an extremely long half life of approximately 14 In nature virtually all thorium is found as thorium 232 and it decays by emitting an alpha particle and has a half life of about 14 05 billion years other trace level isotopes of
Note There is a well defined terrestrial aboundance for thorium even though it is radioactive Detailed decay information for the isotope thorium 232 including decay chains and daughter products
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Atomic Mass 232 0380504 0 0000022 amu Excess Mass 35443 677 2 036 keV Binding Energy 1766691 409 2 061 keV Beta Decay Energy B 494 958 7 826 keV The 1995 Thorium 90 Th has seven naturally occurring isotopes but none are stable One isotope 232 Th is relatively stable with a half life of 1 40 10 10 years considerably longer than the age of the
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https://chemlin.org › isotope
Thorium 232 is the radioisotope of the element Thorium whose atomic nucleus has 142 neutrons in addition to the element specific 90 protons resulting in a mass number of 232
https://www.ciaaw.org › thorium.htm
Thorium has been considered a monoisotopic element in the past However owing to significant abundance of its minor isotope 232 Th in deep seawater in 2013 the Commission recognized
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Edsel Ford Iii - [desc-13]
